Theses on a related topic (having the same keywords):
stereo reconstruction, optical flow, disparity map, depth mapKeywords ordered alphabetically | Keywords ordered by occurrence rate
1.
Hrnčíř, Zdeněk
Faculty: Faculty of Informatics
Year: 2006, studies completed, degree conferred: Mgr.
Programme/field: Applied Informatics / Applied Informatics
Master's thesis defence: Optický tok v obrazových datech živých buněk | Theses on a related topic
Faculty: Faculty of Informatics
Year: 2006, studies completed, degree conferred: Mgr.
Programme/field: Applied Informatics / Applied Informatics
Master's thesis defence: Optický tok v obrazových datech živých buněk | Theses on a related topic
2.
Chrzan, Martin
Faculty: Faculty of Informatics
Year: 2014, studies completed, degree conferred: Mgr.
Programme/field: Applied Informatics / Applied Informatics
Master's thesis defence: Liveness detection for face recognition | Theses on a related topic
Faculty: Faculty of Informatics
Year: 2014, studies completed, degree conferred: Mgr.
Programme/field: Applied Informatics / Applied Informatics
Master's thesis defence: Liveness detection for face recognition | Theses on a related topic
3.
Mrázek, Filip
Faculty: Faculty of Informatics
Year: 2022, studies completed, degree conferred: Mgr.
Programme/field: Visual informatics / Image Processing and Analysis
Master's thesis defence: Reconstruction of a 3D scene for bin picking | Theses on a related topic
Faculty: Faculty of Informatics
Year: 2022, studies completed, degree conferred: Mgr.
Programme/field: Visual informatics / Image Processing and Analysis
Master's thesis defence: Reconstruction of a 3D scene for bin picking | Theses on a related topic
4.
Naď, Ján
Faculty: Faculty of Informatics
Year: 2009, studies completed, degree conferred: Mgr.
Programme/field: Applied Informatics / Applied Informatics
Master's thesis defence: Two-view stereo reconstruction on the GPU | Theses on a related topic
Faculty: Faculty of Informatics
Year: 2009, studies completed, degree conferred: Mgr.
Programme/field: Applied Informatics / Applied Informatics
Master's thesis defence: Two-view stereo reconstruction on the GPU | Theses on a related topic
5.
Nálepa, Filip
Faculty: Faculty of Informatics
Year: 2014, studies completed, degree conferred: Mgr.
Programme/field: Informatics / Information Systems
Master's thesis defence: Detekce událostí ve video datech | Theses on a related topic
Faculty: Faculty of Informatics
Year: 2014, studies completed, degree conferred: Mgr.
Programme/field: Informatics / Information Systems
Master's thesis defence: Detekce událostí ve video datech | Theses on a related topic
6.
Pančík, Michal
Faculty: Faculty of Informatics
Year: 2008, studies completed, degree conferred: Bc.
Programme/field: Applied Informatics / Applied Informatics
Bachelor's thesis defence: Návrh antikolizního systému na bázi optického toku | Theses on a related topic
Faculty: Faculty of Informatics
Year: 2008, studies completed, degree conferred: Bc.
Programme/field: Applied Informatics / Applied Informatics
Bachelor's thesis defence: Návrh antikolizního systému na bázi optického toku | Theses on a related topic
7.
Stoklasa, Roman
Faculty: Faculty of Informatics
Year: 2008, studies completed, degree conferred: Bc.
Programme/field: Informatics / Informatics
Bachelor's thesis defence: Segmentácia obrazu použitím hĺbkovej mapy | Theses on a related topic
Faculty: Faculty of Informatics
Year: 2008, studies completed, degree conferred: Bc.
Programme/field: Informatics / Informatics
Bachelor's thesis defence: Segmentácia obrazu použitím hĺbkovej mapy | Theses on a related topic
8.
Ulman, Vladimír
Faculty: Faculty of Informatics
Year: 2011, studies completed, degree conferred: Ph.D.
Programme/field: Informatics (4-years) / Informatics
Doctoral thesis defence: Fast Anisotropic Filtering and Performance Evaluation Tool for Optical Flow in Biomedical Image Analysis | Theses on a related topic
Faculty: Faculty of Informatics
Year: 2011, studies completed, degree conferred: Ph.D.
Programme/field: Informatics (4-years) / Informatics
Doctoral thesis defence: Fast Anisotropic Filtering and Performance Evaluation Tool for Optical Flow in Biomedical Image Analysis | Theses on a related topic